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机译:应力与温度对气饱和湿煤渗透性的影响
Key Laboratory of Deep Coal Resource Mining (CUMT) Ministry of Education of China School of Mines China University of Mining and Technology;
College of Safety and Emergency Management Engineering Taiyuan University of Technology;
Key Laboratory of Deep Coal Resource Mining (CUMT) Ministry of Education of China School of Mines China University of Mining and Technology;
School of Energy and Mining Engineering China University of Mining and Technology (Beijing);
Key Laboratory of Deep Coal Resource Mining (CUMT) Ministry of Education of China School of Mines China University of Mining and Technology;
Key Laboratory of Deep Coal Resource Mining (CUMT) Ministry of Education of China School of Mines China University of Mining and Technology;
机译:乌兰煤矿瓦斯抽采上覆煤层卸压增渗效果的定量评价
机译:温度对应力煤渗透率的影响
机译:温度对应力煤气渗透性的影响
机译:气饱和煤的单轴压缩中规模效应构成模型
机译:温度,表面力,润湿性及其与多孔介质相对渗透率的关系。
机译:真三轴应力条件下主应力效应对含煤层理变形和渗透率的影响
机译:压力和水分含量对气饱和煤渗透性的影响
机译:低温催化预处理对煤结构和液化反应性的影响。最终技术报告,第1卷 - 溶剂,催化剂和温度条件对低阶煤的转化和结构变化的影响